'specClass' changed to 'class'

en/help/docs/QS_UserGuide.aspx

@@ -259,7 +259,7 @@ you want returned from your query?
         <p>
 The options are:
 <%
-    showEnumQS(oConn, "specClass");
+    showEnumQS(oConn, "class");
 %>
 
         <hr>

en/help/howto/search/rightsearch.html

@@ -20,7 +20,7 @@ <h1><font color=black>The Right Search</font></h1>
 and p.g-p.r < 0<br>
 and p.g < 15<br>
 and p.r < 15<br>
-and s.specClass = 2</font></p>
+and s.class = 2</font></p>
 <p><font color=black>Don't worry, you'll learn what each of these terms means later in the tutorial.</font></p>
 
 <a name="tools"></a>

en/help/howto/search/specobj.html

@@ -44,7 +44,7 @@ <h1>SpecObj</h1>
           <td width="76%"><font face="Arial" color="white">error in redshift</font></td>
         </tr>
         <tr>
-          <td width="24%"><font face="Arial" color="white">specClass </font>
+          <td width="24%"><font face="Arial" color="white">class </font>
           </td>
           <td width="76%"><font face="Arial" color="white">spectral 
           classification ['GALAXY', 'QSO', or 'STAR']</font></td>

en/proj/basic/scavenger/Explorer.aspx

@@ -20,7 +20,7 @@
 
 <img src="images/explore.jpg">
 
-<p>Scroll down to the bottom of the page. The spectrum is the graph at the lower left. Just above the graph, look at the piece of data labeled "specClass." SpecClass indicates what type of object this is. The example in the screenshot above says GALAXY under specClass, so the object is a galaxy.</p>
+<p>Scroll down to the bottom of the page. The spectrum is the graph at the lower left. Just above the graph, look at the piece of data labeled "class." Class indicates what type of object this is. The example in the screenshot above says GALAXY under class, so the object is a galaxy.</p>
 
 <p>Click Next to learn about the types of objects you will see.</p>
 

en/proj/basic/scavenger/ObjectTypes.aspx

@@ -89,7 +89,7 @@
         </tr>
       </table>
 
-      <p>The images of quasars look like stars. Quasars can only be reliably identified by looking at their spectra. If you find a star in the Navigation Tool and wonder if it might be a quasar, check to see if the SDSS has measured its spectrum. If it has a spectrum measured, open the Object Explorer to see the spectrum. If the object's specClass is listed as "QSO" or "HIZ_QSO," the object is a quasar.</p>
+      <p>The images of quasars look like stars. Quasars can only be reliably identified by looking at their spectra. If you find a star in the Navigation Tool and wonder if it might be a quasar, check to see if the SDSS has measured its spectrum. If it has a spectrum measured, open the Object Explorer to see the spectrum. If the object's class is listed as "QSO" or "HIZ_QSO," the object is a quasar.</p>
 
 
       </td>

en/proj/challenges/hii/Query.aspx

@@ -51,7 +51,7 @@
       you are really interested in.</p>
       <p>You want to be sure that you are looking at galaxies, not stars or quasars, 
       so include the line:</p>
-      <p>specPhoto.specClass = 2</p>
+      <p>specPhoto.class = 2</p>
 
       <p>To learn how to use SQL, see SkyServer's <a href="../../../help/howto/search/" target="help">Searching 
       for Data</a> how-to tutorial. You can find other SQL tutorials 

en/proj/teachers/advanced/quasars/Specifics.aspx

@@ -114,7 +114,7 @@
       have spectra. It is a lot faster to search a smaller database.</p>
       <p>The WHERE block tells the computer what features to look for.
       We are looking for objects with spectra and well-measured redshifts that 
-      are classified as quasars (specClass = 3).</p>
+      are classified as quasars (class = 3).</p>
       <p>Students can have the data returned as a HTML file in their browser or 
       a comma separated value file (csv). If they choose HTML, they can 
       select the data in the table and paste it into an Excel spreadsheet. 

en/proj/teachers/challenges/hii/Specifics.aspx

@@ -78,7 +78,7 @@
 	      <p>photoObj, specObj, plate</p>
           <p>where</p>
           <p>photoObj.objId = specObj.objID AND specObj.plateID = plate.plateID AND 
-          specObj.specClass = 2 and photoObj.u - photoObj.z < 2</p>
+          specObj.class = 2 and photoObj.u - photoObj.z < 2</p>
 
 		   </td>
 		 </tr>

en/tools/explore/AllSpec.aspx

@@ -31,7 +31,7 @@
         string cmd = "select s.specObjId, s.plate as plate, s.mjd as MJD, s.fiberID as fiber, str(t.ra,10,5) as ra, str(t.dec,10,5) as dec, ";
         cmd += "  str(s.ra,10,5) as specRa, str(s.dec,10,5) as specDec, ";
         cmd += " s.sciencePrimary, str(dbo.fDistanceArcMinEq(t.ra,t.dec,s.ra,s.dec),10,8) as distanceArcMin, ";
-        cmd += " s.class as specClass";
+        cmd += " s.class as class";
         cmd += " from SpecObjAll s, photoobjall t where t.objid=" + objId + " and s.bestobjid=t.objid ";
         //cmd += " order by scienceprimary desc, distanceArcMin asc";
         cmd += " order by scienceprimary desc, plate, MJD, fiber"; 
@@ -50,7 +50,7 @@
         string cmd = "select s.specObjId, s.plate as plate, s.mjd as MJD, s.fiberID as fiber, str(t.ra,10,5) as ra, str(t.dec,10,5) as dec, ";
         cmd += "  str(s.ra,10,5) as specRa, str(s.dec,10,5) as specDec, ";
         cmd += " s.sciencePrimary, str(dbo.fDistanceArcMinEq(t.ra,t.dec,s.ra,s.dec),10,8) as distanceArcMin, ";
-        cmd += " s.class as specClass";
+        cmd += " s.class as class";
         cmd += " from SpecObjAll s, photoobjall t where t.objid=" + objId + " and s.fluxobjid=t.objid ";
         //cmd += " order by scienceprimary desc, distanceArcMin asc";
         cmd += " order by scienceprimary desc, plate, MJD, fiber ";   

en/tools/quicklook/QuickSummary.aspx.cs

@@ -236,7 +236,7 @@ protected void showSpecData(SqlConnection oConn, string cmd, int width)
         {
             /*
                 This function displays *only* the spectral data required by the 'Quick Look' interface.
-                Only specClass, Redshift (z), and zConf will ever be sent to this function.
+                Only class, Redshift (z), and zConf will ever be sent to this function.
                 The function includes specialized formatting to work with those data.
 	
                     -Jordan Raddick, 9/17/07

en/tools/search/form/SearchForm.aspx.cs

@@ -342,7 +342,7 @@ private string buildWhere()
             }
 
             //			next line selects quasars
-            if (objecttype.SelectedItem.Text.CompareTo("quasars") == 0) l.Add("(s.specclass = 3 or s.specclass = 4)");
+            if (objecttype.SelectedItem.Text.CompareTo("quasars") == 0) l.Add("(s.class = 3 or s.class = 4)");
 
             if (allorspectra.SelectedItem.Text.CompareTo("only objects with spectra") == 0)
             {

en/tools/started/SqlSearch.aspx

@@ -53,7 +53,7 @@
            SpecObj s, PhotoObj p, plateX w</p>
            <p>where<br>
            p.ObjID=s.bestObjID and w.plateID=s.plateID and<br>
-           s.z &gt; 4 and s.zConf &gt; 0.95 and s.specClass = 3</p>
+           s.z &gt; 4 and s.zConf &gt; 0.95 and s.class = 3</p>
            </td>
          </tr>
        </table>

misc/Globals.cs

@@ -404,7 +404,7 @@ public Globals()
                 nObj = "360 million";
                 nStar = "180 million";
                 nGalaxy = "175 million"; //count from view galaxy
-                nQuasar = "121,363"; //specclass = 3 or 4
+                nQuasar = "121,363"; //class = 3 or 4
                 nSpec = "1,640,960";
                 nStarSpec = "464,301";
                 nStarNoSpec = "179 million"; //count from view star